This startup develops RNA technology to reduce the cost of cultivated meat and seafood production. Their technology recycles nutrient media used to grow cultured cells, enabling producers to reuse media and significantly lower production expenses.
Funding
$324.5K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Cultivated meat and seafood production faces significant cost challenges, particularly related to the nutrient media required for cell growth. Traditional media formulations are expensive and often generate byproducts like lactate and ammonia, which inhibit cell growth and necessitate frequent media replacement. The accumulation of toxins and byproducts in the nutrient media increases production costs and limits scalability.
Solution
BOB FoodTech offers a patented RNA-based platform for selective removal of toxins and byproducts from cell culture media, enabling media recycling and reducing costs in cultivated meat and seafood production. The technology stabilizes RNA in harsh environments, facilitating the extraction of undesirable compounds such as lactate and ammonia. By removing these inhibitory substances, the platform allows for the reuse of nutrient media, decreasing the need for frequent replenishment and lowering overall production expenses. This approach enhances cell viability and growth rates, leading to more efficient and sustainable bioprocessing.
Target Audience
The primary target audience includes cultivated meat and seafood producers, as well as companies in the broader cellular agriculture, biotech, and life science sectors seeking to optimize bioprocessing and reduce production costs.
Features
- Patented RNA-based technology for selective toxin and byproduct removal from cell culture media.
- Targeted removal of lactate, ammonia, and other inhibitory small molecules.
- RNA stabilization technology ensures functionality in harsh bioprocessing environments.
- Media recycling capabilities reduce nutrient media consumption and waste generation.
- Improved cell viability and growth rates through byproduct removal.
- Customizable solutions for various cell types and production processes.
- Technology applicable to cellular agriculture, biotech, and life science industries.